Tom Froese

The paper proposes generation time as an optimal stopping time based on the 1/e-law of best choice, showing it aligns with reproductive schedules across species.

This study explores inter-brain synchronization during minimal tactile interaction using EEG hyperscanning and identifies alpha-band connectivity patterns, though results are preliminary and not individually significant.

This study examines infra-slow EEG rhythms and bodily signals during social interaction, finding that inter-participant alignment in these signals correlates with mutual recognition.

The paper analyzes football player and team movement data to show they exhibit Levy walk dynamics, similar to foraging behaviors in biological organisms.

This paper develops an enactive model of biological regulation by integrating autopoiesis concepts with thermodynamics to explore self-optimization in biological systems.